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- semiconductor laser head 半导体激光头
- Please unveil the label of the laser head. 先揭开贴挡标志。
- High-To InGaAsP semiconductor laser with large optical cavity[J]. 引用该论文 钟景昌;朱宝仁;黎荣晖.
- Theoretical Analysis of Bistable Semiconductor Laser Diode[J]. 引用该论文 吕惠志;苑立波;孙晶华;孙秋华.
- Study on 808nm QCW Semiconductor Laser and its Bars[J]. 引用该论文 唐婷婷;王锐;廖柯.
- Connect the plug of laser head firmly with its power supply. 请将激光头上的插头与电源紧密连接。
- Such a semiconductor laser can produce high power across a wide frequency. 这种半导体雷射可产生频率范围很广的高功率雷射。
- No attachment of the original marks, e. G., Serial numbers, of the laser head. 产品系列号与原始记录不一致。
- Hyperchaos and Synchronization in Two-Section Semiconductor Laser[J]. 引用该论文 Mi Chaowei;Sun Yawei;Zhang Shenghai.
- High peak power semiconductor laser module for producing nanosecond pulse[J]. 引用该论文 CHEN Yan-chao;ZHAO Bai-qin;LI Wei.
- The problem of dissipate heat is an important factor which confines the development of high power semiconductor laser. 高功率半导体激光器随着功率的日益提高其散热问题成为限制其发展的重要因素。
- Please unveil the label first. If the shutter exists, please open the shutter of the laser head. 请先揭开贴挡标志。如存在遮光机构,打开遮光机构。
- In the beginning, engineers hoped to use semiconductor lasers. 在开始时,工程师们希望能够利用半导体激光器。
- Please unveil the label firstly. If the shutter exists, please open the shutter of the laser head. 请先揭开贴挡标志。。如存在遮光机构,请打开遮光机构。
- The laser head should be placed on a platform. Be sure not to place any other object on it. 激光器应放在散热好的物体上,激光器上表面禁止放任何物品。
- Our mainly products: laser head(DPSS) various in power and color, laser displaying system and soft control system. 公司开发主要产品有:高中低功率全固体绿光激光器、激光演示器及激光演示控制系统。
- Adapt America genuine 32 channels semiconductor laser, long life and easy to placement. 美国原装32路半导体激光,寿命长、更换便捷。
- VCD big price, it is decoders and laser head are imported, most of the money for others to earn gone. VCD大降价,可它的解码器和激光头都是进口的,大部分钱都让别人赚走了。
- Abstract: The current study is focused on organic semiconductor lasers . 文摘:近年来,有机半导体激光器已经成为一个新的研究热点。
- At last, we analyzed the self-mixing interference in DBR semiconductor lasers. 最后对分布布拉格反射式半导体激光器(DBR)的自混合干涉效应进行了研究。